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About

Yun‐Ze Long is a leading researcher in flexible electronics and smart materials, with a focus on electronic skin, wearable sensors, and energy harvesting devices. His major contributions include pioneering the development of bionic single-electrode electronic skin units based on piezoelectric nanogenerators, which address Moravec's paradox by simplifying sensorimotor systems for intelligent robotics. He also invented a novel reciprocating-type electrospinning method to fabricate curled conducting polymer microfibrous arrays for stretchable strain sensors, achieving high sensitivity and durability. His work on Ag/alginate nanofiber membranes has advanced flexible electronic skin for human-machine interactivity and health monitoring. More recently, he has explored sustainable solutions, such as waste lyocell fabric-based strain sensors and triboelectric nanogenerators, demonstrating low-cost, environmental-friendly approaches. With over 280 citations for his 2018 bionic skin paper and 112 citations for his stretchable sensor work, Long’s research has significantly impacted the fields of smart robotics, wearable technology, and green electronics. His innovative electrospinning techniques and material designs continue to inspire next-generation flexible devices.